Allele frequencies and Hardy-Weinberg equilibrium of the <i>NMU</i> SNPs (n = 4,528 with at least one SNP successfully genotyped; T0).

<p>Allele frequencies and Hardy-Weinberg equilibrium of the <i>NMU</i> SNPs (n = 4,528 with at least one SNP successfully genotyped; T0).</p

BMI (crude values and <i>z</i>-scores) age trend with 95% confidence intervals by haplotypes (CCT/x, red, vs carriers of the most prevalent haplotype, TTC, blue) in boys and girls.

<p>The graphs were drawn pooling T0 (2–10 years) and T1 (4–12 years) data to have a single comprehensive view. All children contributed with their measures weighted by haplotype posterior probabilities. Each BMI value of children contributing with both T0 and T1 measures was also weighted 0.5, to take into account the effect of repeated observations in the same subject. Local regression method implies that statistical power decreases at extreme x values (larger confidence intervals).</p

Haplotype frequencies in the whole sample and stratified for BMI categories (n = 4,528 with at least one SNP successfully genotyped; T0).

<p>Haplotype frequencies in the whole sample and stratified for BMI categories (n = 4,528 with at least one SNP successfully genotyped; T0).</p

Associations between <i>NMU</i> genotypes and haplotypes and BMI, other anthropometric parameters and BMI categories.

<p>Associations between <i>NMU</i> genotypes and haplotypes and BMI, other anthropometric parameters and BMI categories.</p

Anthropometric characteristics of N = 4,528 children with genotype data recruited at baseline of the IDEFICS study.

<p>Anthropometric characteristics of N = 4,528 children with genotype data recruited at baseline of the IDEFICS study.</p